CN102843418A - Resource dispatching system - Google Patents
Resource dispatching system Download PDFInfo
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- CN102843418A CN102843418A CN2012102263816A CN201210226381A CN102843418A CN 102843418 A CN102843418 A CN 102843418A CN 2012102263816 A CN2012102263816 A CN 2012102263816A CN 201210226381 A CN201210226381 A CN 201210226381A CN 102843418 A CN102843418 A CN 102843418A
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Abstract
The invention discloses a resource dispatching system which comprises a business system, a server, a resource pond, a data center and a dispatching platform; the server is used for providing services for the business system; the resource pond is formed by the server; the data center is formed by the resource pond; the dispatching platform is used for monitoring the business system, the server, the resource pond, and the data center; the dispatching platform comprises a server managing module, a system resource managing module, and a resource pond managing module, wherein the server managing module is used for deploying the server; the system resource managing module is used for deploying the business system and setting up an incidence relation among the business system, the server and the resource pond; the resource pond managing module is used for generating a network topological structure chart of the resource pond according to the incidence relation among the business system, the server and the resource pond and publishing a state parameter of the server related to the resource pond. By adopting the resource dispatching system, the incidence relation among the business system, the server and the resource pond can be set up, the resource is dynamically distributed; the utilization rate of an information device is improved to the maximum.
Description
Technical field
The present invention relates to a kind of communications field, relate in particular to a kind of resource scheduling system.
Background technology
In the electrical network industry, the resource requirement side of enterprise information system mainly is the operation system of enterprise, and traditional operation system is to the use of resource; Mainly be according to business demand; Carry out software architecture design and system architecture design,, purchase software and hardware IT resource then according to professional scale.In addition, the professional general provincial zone that covers of electrical network, simultaneously, subordinate's districts and cities are provided with power supply administration.At network level, grid company has been built the ISDN(Integrated Service Digital Network) that covers the whole network, has independently backbone network and metropolitan area network, makes electrical network IT resource have cross-region and distributed characteristic.
In the electric network information process of construction; Along with the variation of business demand, Construction of Information System constantly proposes, the data volume rapid growth; Increasing demand for data statistics and forecast analysis increases, and is increasingly high to the performance requirement of network, hardware and software platform and application software.Be to guarantee the stability of a system and high-performance, normally drop into substantial contribution, the needs during guarantee information system maximum access amount at Hardware configuration, lasting aspects such as program version transformation.Yet the operation of information system has the branch of peak-to-valley value just like electric power system, if distribute IT resource (comprising network, hardware and software platform and application software resources) during all by visit capacity or amount of calculation peak value, will cause great waste.
In addition, information system is concentrated approaching gradually of step greatly, will bring more challenge to the informatization and the operation management of electrical network.Big concentrating can be brought big concurrent request, the data processing of magnanimity and the safety and the efficiency of network.From the actual conditions analysis of electrical network, core business system can progressively be concentrated, and simultaneously also can there be a lot of non-core services system in districts and cities office.Therefore, be necessary cross-region, distributed IT resource are organized and dispatched to research how, to satisfy business demand.
In addition, some service application be fit to use distributed system to make up, even the IT resource that need stride the data center of different regions supports.Comparatively common has three types, and the firstth, after disaster tolerance system, core business system are concentrated greatly; Because the expanded range of its support; The service stopping that disaster or fault cause is unacceptable, therefore, and need be with the strange land, city or stride longer-distance city and set up Disaster Preparation Center.Second kind is the big business of the concurrent pressure of network, and there is the concurrent visit pressure of regular or irregular height in these operation systems, after concentrated the deployment, bring very big pressure can for the network of central machine room.The third relates to the business of mass data storage and processing; If the mode through concentrating is built; Bring design difficulty can for the space, refrigeration etc. of central machine room, also can bring bigger network pressure with handling to central machine room to the remote access of these data.
Therefore, how to improve scalability, autgmentability and the flexibility of IT resource, the IT resource that makes full use of the data center that is dispersed in different regions has become the problem that level must solve in the IT system construction.
Summary of the invention
Technical problem to be solved by this invention is, a kind of resource scheduling system is provided, can be through setting up the incidence relation between operation system, server, the resource pool, and the dynamic assignment resource is farthest to improve information-based utilization rate of equipment and installations.
In order to solve the problems of the technologies described above; The invention provides a kind of resource scheduling system, comprise operation system, for said operation system provides the server of service, the resource pool be made up of said server, the data center that is made up of resource pool, the dispatching platform that is used to monitor said operation system, server, resource pool, data center; Said dispatching platform comprises: server management module is used for deployment server; The system resource management module is used to dispose operation system, sets up the incidence relation between said operation system, server, the resource pool; The resource pool management module; Be used for according to the incidence relation between said data center, server and the resource pool; Generate the network topology structure figure of said resource pool; And the state parameter of the server that is associated with said resource pool of issue, said state parameter comprises server name, type, operating state, CPU numerical value, internal memory numerical value and disk numerical value.
As the improvement of such scheme, said server management module comprises: the configuration modification submodule, be used to revise the configuration information of said server, and said configuration information comprises CPU numerical value, internal memory numerical value and disk numerical value; The State Control submodule, be used for to said server start, stop, reboot process; Software is installed submodule, is used to said server install software; Server reflection submodule is used to existing server and creates reflection, deletion reflection, and recovers deleted server according to said reflection.
Improvement as such scheme; Said system resource management module comprises: the system parameters submodule; Be used for obtaining in real time the business information of operation system; And revise the term of validity of said operation system, said business information comprises systematic name, time started, concluding time, affiliated project team, server sum, active server number; The system image submodule is used to existing operation system and creates reflection, deletion reflection; The system creation submodule is used for setting up the incidence relation between said operation system, server, the resource pool through creating the server method and/or recovering mapping method and create operation system; System's cancellation submodule is used to delete existing operation system; The server submodule is used for creating or the deletion server, sets up the incidence relation between said operation system, server, the resource pool.
As the improvement of such scheme, said dispatching platform also comprises: the management through quantification module is used for obtaining in real time and write down under said resource pool, the server that is associated with said resource pool, the resource pool resource of data center and uses information; Said resource use information comprises the current utilization rate of CPU, the current utilization rate of internal memory, the current utilization rate of disk, the historical utilization rate of CPU, the historical utilization rate of internal memory, the historical utilization rate of disk and resource contribution amount.
Improvement as such scheme; Said dispatching platform also comprises: authority management module; Be used to dispose the role and distribute authority, set up incidence relation and the incidence relation between said role and resource pool between said role, said role comprises unit, project team, user.
As the improvement of such scheme, said dispatching platform also comprises: the workbench module, be used for the establishment project, and track project is examined progress, and disposes said operation system and server.
As the improvement of such scheme, said workbench module comprises: the request submodule, be used for the establishment project, and track project is examined progress; Check and approve submodule, be used for obtaining in real time pending project information, and said pending project is examined; System's submodule is used to dispose said operation system and server, sets up the incidence relation between said operation system, server, the resource pool.
The beneficial effect of embodiment of the present invention is: resource scheduling system carries out standardization to the IT resource, and with abstract come out of form of service, forms corresponding business system, server, resource pool and data center.The real-time status of the real-time monitoring business of dispatching platform system, server, resource pool, data center; When operation system proposes resource requirement; Dispatching platform is through setting up the incidence relation between operation system, server, the resource pool, for these operation system dynamic assignment resources, farthest to improve information-based utilization rate of equipment and installations; Avoid overlapping investment and waste investment, effectively improve system reliability and raise the management level.
Description of drawings
Fig. 1 is the example structure sketch map of a kind of resource scheduling system of the present invention;
Fig. 2 is the structural representation of dispatching platform among the embodiment of a kind of resource scheduling system of the present invention;
Fig. 3 is the structural representation of server management module among the embodiment of a kind of resource scheduling system of the present invention;
Fig. 4 is the structural representation of system resource management module among the embodiment of a kind of resource scheduling system of the present invention;
Fig. 5 is another structural representation of dispatching platform among the embodiment of a kind of resource scheduling system of the present invention;
Fig. 6 is the structural representation of workbench module among the embodiment of a kind of resource scheduling system of the present invention.
Embodiment
For making the object of the invention, technical scheme and advantage clearer, will combine accompanying drawing that the present invention is done to describe in detail further below.
As shown in Figure 1, resource scheduling system 6 comprises server 1, resource pool 2, data center 3, operation system 4 and dispatching platform 5.Wherein, resource scheduling system 6 includes one or more operation systems 4 and data center 3, comprises one or more resource pools 2 in the data center 3, comprises one or more servers 1 in the resource pool 2.
Need to prove that server 1 provides service for operation system 4, server 1 is a virtual server.Dispatching platform 5 is used to monitor said operation system 4, server 1, resource pool 2, data center 3.
During work, dispatching platform 5 obtains the relevant information of operation system 4, server 1, resource pool 2, data center 3 in real time.When arriving operation system 4 visit peak values, operation system 4 will be born high concurrent visit pressure.At this moment; The utilization rate of CPU of server 1 that service is provided for operation system is near saturated; Dispatching platform 5 can be operation system 4 and creates idle server 1 to share the pressure of original server 1, and the new server of creating can be under the jurisdiction of arbitrary resource pool or arbitrary data center.
As shown in Figure 2, dispatching platform 5 comprises:
System resource management module 52 is used to dispose operation system 4, sets up the incidence relation between said operation system 4, server 1, the resource pool 2.
When disposing operation system 4, can adjust the term of validity of operation system 4, to realize effective management of 6 pairs of operation systems 4 of resource scheduling system.Can also create in real time or deletion operation system 4 according to service needed, and be that operation system 4 is created reflection, created server, when creating server, need set up the incidence relation between operation system 4, server 1, the resource pool 2 simultaneously.
Resource pool management module 53 is used for generating the network topology structure figure of said resource pool 2 according to the incidence relation between said data center 3, server 1 and the resource pool 2, and the state parameter of the server 1 that is associated with said resource pool 2 of issue.Said state parameter comprises server name, type, operating state, CPU numerical value, internal memory numerical value and disk numerical value.
Need to prove that resource pool 2 is under the jurisdiction of data center 3, include a plurality of independently servers 1 in the resource pool 2.Network topology structure figure divides three grades of expansion, comprises the resource pool 2 under data center 3, the data center 3, the server 1 under the resource pool 2.Through the network topology structure figure incidence relation between demonstrating data center 3, server 1 and the resource pool 2 intuitively.
As shown in Figure 3, server management module 51 comprises:
Need to prove that after the resource of modification VMWare and KVM server 1, these servers 1 will restart, and any service that is moving will be interrupted.POWER LPAR server 1 will can not restart.
Software is installed submodule 513, is used to said server 1 install software.
If keeper's resource scheduling system 6 has again added any software module template and disposed, the user just can install other software items on existing server 1.
As shown in Figure 4, system resource management module 52 comprises:
System parameters submodule 521 is used for obtaining in real time the business information of operation system 4, and revises the term of validity of said operation system 4.Said business information comprises systematic name, time started, concluding time, affiliated project team, server sum, active server number.
System parameters submodule 521 can be static the business information of display business system 4; Running status, CPU number, memory size, disk size, CPU usage, memory usage, the disk utilization rate that can dynamically show the server 1 that is associated with operation system 4.
In addition, system parameters submodule 521 can also be revised Start Date, the time started of the Close Date of all operation systems 4 and still unenforced operation system 4.
System image submodule 522 is used to existing operation system 4 and creates reflection, deletion reflection.
System creation submodule 523 is used for through creating the server method and/or recovering mapping method and create operation system 4, sets up the incidence relation between said operation system 4, server 1, the resource pool 2.
Need to prove; System creation submodule 523 is brought in the unified management of carrying out resource through the management of resource pool 2; Therefore create the management end in the related different resource of the action pond 2 of server 1, so need carry out the selection of resource pool management end when creating server 1.The resource pool management end can be VMware and POWER LPar.
System's cancellation submodule 524 is used to delete existing operation system 4.
When deleting existing operation system 4, can select " arrive the Close Date when being about to stop using in project, preserve the reflection of each server " or " project is stopped using after, still keep and have the reflection of having preserved now " according to real needs.
Server submodule 525 is used for creating or deletion server 1, sets up the incidence relation between said operation system 4, server 1, the resource pool 2.
When the expanded range of operation system 4, can add one or more servers 1 to operation system 4, at this moment, need to specify CPU quantity, internal memory and will be the software that each server 1 is disposed, new server 1 will be received the host name of automatic distribution.
When no longer needing server 1, can from operation system 4, delete server 1, during deletion server 1, the host name of distributing to this server 1 automatically will discharge, and use for other servers 1 of in data center 3, creating.Can't remove last station server 1 in the operation system 4.On the contrary, can cancel whole service system 4.Can't remove first station server 1 in the operation system 4 with following validity date.On the contrary, can cancel whole service system 4.
Fig. 5 is another structural representation of dispatching platform 5 among the embodiment of a kind of resource scheduling system 6 of the present invention, and different with Fig. 1 is that dispatching platform 5 also comprises:
Management through quantification module 54 is used for obtaining in real time and write down under said resource pool 2, the server 1 that is associated with said resource pool 2, the resource pool 2 resource of data centers 3 and uses information.Said resource use information comprises the current utilization rate of CPU, the current utilization rate of internal memory, the current utilization rate of disk, the historical utilization rate of CPU, the historical utilization rate of internal memory, the historical utilization rate of disk and resource contribution amount.
Need to prove, during metering, can be unit with data center 3, the overall CPU of demonstrating data center 3 all resource pools 2, internal memory, disk sum and current utilization rate, the historical curve chart that uses.Be unit also, represent overall CPU, internal memory, disk sum and the current utilization rate of resource pool 2, the historical curve chart that uses with single resource pool 2.Be unit also, represent CPU, internal memory, disk sum and the current utilization rate of server 1, the historical curve chart that uses with separate unit server 1.
Said role comprises unit, project team, user.Wherein, a unit can include one or more project team, and correspondingly, a project team can comprise one or more users equally, and a user can be under the jurisdiction of one or more project team respectively.
Authority comprises platform management person's authority, unit management person's authority, general user's authority.Right of distribution in limited time, platform management person can setting unit keeper and general user's authority, unit management person can be provided with general user's authority.
When disposing the role of unit, need upload information such as organization, unit description, network configuration template.Wherein, the user who only has platform management person's authority just can carry out the deployment of unit.
During deploying projects group role, need upload affiliated unit, project team's title, project team's description, information such as the user of project team.Wherein, the user with platform management person's authority or unit management person's authority just can carry out establishment, the deletion of project team, and the usefulness with platform management person's authority, unit management person's authority, general user's authority can be carried out the modification of project team per family.
When disposing user role, need upload details, personal information, authority information.Wherein, the user with platform management person's authority or unit management person's authority just can carry out user's establishment, deletion, and the usefulness with platform management person's authority, unit management person's authority, general user's authority can be carried out user's modification per family.。
As shown in Figure 6, workbench module 56 comprises:
Need to prove that the user with power of examination and approval could manage the relevant item of " waiting to examine ", " pending ", " in the processing ", " handling successfully ", " handling failure ", " not through examining ", the general user can only submit to and create application.
Check and approve submodule 562, be used for obtaining in real time pending project information, and said pending project is examined.
System's submodule 563 is used to dispose said operation system 4 and server 1, sets up the incidence relation between said operation system 4, server 1, the resource pool 2.
By on can know that 6 pairs of IT resources of resource scheduling system are carried out standardization, and, form corresponding business system 4, server 1, resource pool 2 and data center 3 with abstract come out of form of service.The real-time status of dispatching platform 5 real-time monitoring business systems 4, server 1, resource pool 2, data center 3; When resource requirement appears in operation system 4; Dispatching platform 5 is these operation system 4 dynamic assignment servers 1; Farthest to improve information-based utilization rate of equipment and installations, avoid overlapping investment and waste investment.
The above is a preferred implementation of the present invention; Should be pointed out that for those skilled in the art, under the prerequisite that does not break away from the principle of the invention; Can also make some improvement and retouching, these improvement and retouching also are regarded as protection scope of the present invention.
Claims (7)
1. resource scheduling system; It is characterized in that, comprise operation system, for said operation system provides the server of service, the resource pool be made up of said server, the data center that is made up of resource pool, the dispatching platform that is used to monitor said operation system, server, resource pool, data center;
Said dispatching platform comprises:
Server management module is used for the resource requirement deployment server according to operation system;
The system resource management module is used to dispose operation system, sets up the incidence relation between said operation system, server, the resource pool;
The resource pool management module; Be used for according to the incidence relation between said data center, server and the resource pool; Generate the network topology structure figure of said resource pool; And the state parameter of the server that is associated with said resource pool of issue, said state parameter comprises server name, type, operating state, CPU numerical value, internal memory numerical value and disk numerical value.
2. resource scheduling system as claimed in claim 1 is characterized in that, said server management module comprises:
The configuration modification submodule is used to revise the configuration information of said server, and said configuration information comprises CPU numerical value, internal memory numerical value and disk numerical value;
The State Control submodule, be used for to said server start, stop, reboot process;
Software is installed submodule, is used to said server install software;
Server reflection submodule is used to existing server and creates reflection, deletion reflection, and recovers deleted server according to said reflection.
3. resource scheduling system as claimed in claim 1 is characterized in that, said system resource management module comprises:
The system parameters submodule is used for obtaining in real time the business information of operation system, and revises the term of validity of said operation system, and said business information comprises systematic name, time started, concluding time, affiliated project team, server sum, active server number;
The system image submodule is used to existing operation system and creates reflection, deletion reflection;
The system creation submodule is used for setting up the incidence relation between said operation system, server, the resource pool through creating the server method and/or recovering mapping method and create operation system;
System's cancellation submodule is used to delete existing operation system;
The server submodule is used for creating or the deletion server, sets up the incidence relation between said operation system, server, the resource pool.
4. resource scheduling system as claimed in claim 1 is characterized in that, said dispatching platform also comprises:
The management through quantification module is used for obtaining in real time and write down under said resource pool, the server that is associated with said resource pool, the resource pool resource of data center and uses information;
Said resource use information comprises the current utilization rate of CPU, the current utilization rate of internal memory, the current utilization rate of disk, the historical utilization rate of CPU, the historical utilization rate of internal memory, the historical utilization rate of disk and resource contribution amount.
5. resource scheduling system as claimed in claim 1 is characterized in that, said dispatching platform also comprises:
Authority management module is used to dispose the role and distributes authority, sets up incidence relation and the incidence relation between said role and resource pool between said role, and said role comprises unit, project team, user.
6. resource scheduling system as claimed in claim 5 is characterized in that, said dispatching platform also comprises:
The workbench module is used for the establishment project, and track project is examined progress, and disposes said operation system and server.
7. resource scheduling system as claimed in claim 6 is characterized in that, said workbench module comprises:
The request submodule is used for the establishment project, and track project is examined progress;
Check and approve submodule, be used for obtaining in real time pending project information, and said pending project is examined;
System's submodule is used to dispose said operation system and server, sets up the incidence relation between said operation system, server, the resource pool.
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| CN106027596A (en) * | 2016-04-27 | 2016-10-12 | 乐视控股（北京）有限公司 | Task distributing method and device |
| CN106027420A (en) * | 2016-04-27 | 2016-10-12 | 乐视控股（北京）有限公司 | Resource model establishment method and device |
| CN106201723A (en) * | 2016-07-13 | 2016-12-07 | 浪潮(北京)电子信息产业有限公司 | The resource regulating method of a kind of data center and device |
| CN108022028A (en) * | 2016-11-01 | 2018-05-11 | 南京途牛科技有限公司 | A kind of method for processing resource and device |
| CN108022028B (en) * | 2016-11-01 | 2021-02-26 | 南京途牛科技有限公司 | Resource processing method and device |
| CN106850322A (en) * | 2017-04-06 | 2017-06-13 | 上海烟草集团有限责任公司 | Resource apparatus management system based on six-layer model |
| CN106850322B (en) * | 2017-04-06 | 2020-05-12 | 上海烟草集团有限责任公司 | Resource equipment management system based on six-layer model |
| CN110928649A (en) * | 2018-09-19 | 2020-03-27 | 北京国双科技有限公司 | Resource scheduling method and device |
| CN108900366A (en) * | 2018-09-26 | 2018-11-27 | 江苏曲速教育科技有限公司 | Uniform data central management system and its management method |
| CN112463513A (en) * | 2019-09-06 | 2021-03-09 | ***通信集团河北有限公司 | IT system technology model selection method and device and computing equipment |
| CN112148462A (en) * | 2020-10-20 | 2020-12-29 | 上海新炬网络信息技术股份有限公司 | Jenkins-based CICD process processing method |
| CN112148462B (en) * | 2020-10-20 | 2023-03-28 | 上海新炬网络信息技术股份有限公司 | Jenkins-based CICD process processing method |
| CN113254324A (en) * | 2021-07-14 | 2021-08-13 | 睿至科技集团有限公司 | LPAR performance acquisition method and system |
| CN113254324B (en) * | 2021-07-14 | 2021-11-30 | 睿至科技集团有限公司 | LPAR performance acquisition method and system |
| CN115567537A (en) * | 2022-09-20 | 2023-01-03 | 中国联合网络通信集团有限公司 | Resource scheduling method and equipment |
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